Choosing a suitable wind tower welding production line is a complex process that depends on several key factors related to your production requirements, financial constraints, and site-specific conditions. The primary goal is to find a system that maximizes efficiency and quality while being cost-effective.

Wind Tower Welding Production Line Selection

wind tower welding production line

Phase 1: Foundational Analysis & Defining Your Requirements

Before you even look at a single piece of equipment, you must clearly define your operational needs.

1. Capacidad de producción & Takt Time

Target Output: How many towers (or tower sections/cans) do you need to produce per week, month, or year? This is the single most important factor.

Takt Time: Calculate the maximum time allowed to produce one unit to meet demand. This will determine the required welding speed and level of automation.

Shift Patterns: How many shifts will you run per day? A two-shift operation needs a more robust and faster line than a single-shift operation for the same annual output.

2. Tower Specifications (Actual & Future)

Diameter Range: What is the minimum and maximum diameter of the tower sections you will produce? This dictates the size of your rolling machines and turning rolls.

Plate Thickness Range: What are the minimum and maximum steel plate thicknesses? This determines the required power of the welding sources, the choice of welding process (p.ej., single-wire SAW vs. tandem or multi-wire SAW), and the power of the plate rolling machine.

Section Length: What is the standard length of a single “lata” or section? This influences the length of the welding manipulators and the workshop layout.

tipo de material: What grade of steel will you be using (p.ej., S355, S460)? Different materials have different welding requirements.

Future Trends: Are towers getting taller, thicker, or using higher-strength steel? Plan for the future. Buying a line that is maxed out on day one is a poor investment. Consider a 5-10 year outlook.

3. Workshop Layout & Logistics

Espacio disponible: Map out your facility. Consider the footprint of the entire line, including space for plate storage, work-in-progress (WIP), and finished section storage.

Ceiling Height & Crane Capacity: Do your overhead cranes have sufficient height and lifting capacity to handle the largest and heaviest tower sections? This is a frequent bottleneck.

Material Flow: Design a logical, linear flow from raw plate delivery to finished section painting and shipping to minimize handling time and costs.

4. Desired Level of Automation

Máquina de tubos de papel HT120-IA: Operator-intensive, suitable for very low volume or custom work. Not recommended for modern tower production.

Semi-Automated: A mix of automated welding processes with manual setup and positioning. A common and flexible choice.

Fully Automated: Integrated systems with CNC control, automated material transfer, laser seam tracking, and data logging. Higher initial cost but delivers the best consistency, velocidad, and lowest labor cost per unit.

wind tower welding production line

Phase 2: Key Equipment Stations & Selection Criteria

A typical wind tower production line is a series of specialized stations. Here’s what to look for in each.

1. Plate Preparation Station

Función: Cutting plates to size and creating the weld bevels (V, X, or U grooves).

Key Equipment: CNC Plasma/Oxy-fuel Cutting Machine with a milling or plasma beveling head.

Selection Criteria:

Precisión: High-precision cutting is essential for good fit-up and weld quality.

Beveling Capability: The ability to create accurate, consistent bevels in a single pass saves enormous time.

Table Size: Must accommodate your largest plates.

2. Plate Rolling Machine

Función: Forming the flat plates into cylindrical or conicalcans.

Key Equipment: 4-Roll Plate Bending Machine.

Selection Criteria:

Capacidad: Must be rated for your maximum plate thickness and width.

4-Roll vs. 3-Roll: A 4-roll machine is superior for tower production. It allows pre-bending of the plate ends, minimizing the flat-end section and requiring less follow-up work.

For more detailed information on how to choose a suitable wind turbine tower welding production line, por favor haga clic aquí: https://www.bota-weld.com/en/a/news/wind-tower-welding-production-line-selection.html

Performing daily maintenance on a wind tower welding production line is critical for ensuring safety, weld quality, equipment longevity, and maximizing uptime. A breakdown can halt the entire production process, which is incredibly costly.

Core Principles of Daily Maintenance

Seguridad ante todo, Always: All maintenance activities must begin with safety. This includes using proper Personal Protective Equipment (EPP) and strictly following Lockout/Tagout (Corazón) procedures for any task that involves potential energy release.

Operator Involvement: The machine operators are the first line of defense. Train them to perform these daily checks as part of their pre-shift routine. They are most familiar with the normal sounds and operations of their equipment.

Cleanliness is Key: A clean work area and clean equipment make it easier to spot leaks, grietas, or other potential issues.

Consistency and Documentation: Perform these checks at the same time every day (p.ej., at the start of the first shift). Use a checklist (digital or paper) to log findings, track issues, and ensure nothing is missed.

Daily Maintenance Checklist for a Wind Tower Welding Line

wind tower welding production line

This checklist is broken down by the major components of a typical production line, which often uses Submerged Arc Welding (SIERRA) for the main longitudinal and circumferential seams.

Parte 1: Pre-Shift Area Walk-Through (5-10 Minutes)

This is a high-level visual inspection before starting any equipment.

General Housekeeping:

Floor is clear of obstacles, trip hazards, and spills (especially oil or grease).

All safety guards, barriers, and emergency stops are in place and unobstructed.

Adequate lighting in all work areas.

For more detailed information on daily maintenance of wind tower welding production line, por favor haga clic aquí: https://www.bota-weld.com/en/a/news/daily-maintenance-of-wind-tower-welding-production-line.html

Rotadores de soldadura are essential equipment in industries such as pressure vessel manufacturing, pipe welding, and tank fabrication. They help rotate cylindrical workpieces smoothly, ensuring consistent weld quality and improving efficiency. Sin embargo, like any industrial machine, a welding rotator may sometimes fail to turn, causing production delays.

Welding rotator not turning and troubleshooting

Welding rotator

Initial Checks (The Simple Stuff)

Start with the most common and easiest-to-fix issues before you start taking things apart.

Emergency Stop (E-Stop): Is the red E-Stop button pushed in? This is the most common reason for a machine not starting. Twist and pull it out to reset it.

Overload: Is the workpiece too heavy for the rotator’s rated capacity? An overloaded motor may trip an internal protector or simply not have enough torque to start.

Physical Obstruction: Is anything physically blocking the wheels, the workpiece, or the drive chain/gears? Look for dropped tools, abrazadera, escombros, or weld spatter that might be jamming the mechanism.

Workpiece Position: Is the workpiece centered and balanced correctly on the rotator wheels? An off-center load can create too much resistance.

Systematic Troubleshooting Guide

If the initial checks don’t solve the problem, follow this step-by-step process. You may need a multimeter for some of these steps.

Paso 1: Check the Power Supply

Source Power: Check the circuit breaker or fuse in your shop’s electrical panel that supplies power to the rotator. Has it tripped?

Machine Power: Check the main power switch on the rotator itself.

Cables and Plugs: Inspect the entire length of the power cord for cuts, crushing, o daño. Check the plug for bent or burnt prongs.

Voltage Check (Use a Multimeter):

Safely check for the correct voltage (p.ej., 110V, 220V, 480V 3-phase) at the wall outlet.

If you are qualified, open the machine’s main control box (with power OFF), then carefully turn the power back on and check for correct voltage at the input terminals. (Warning: Only do this if you are trained and comfortable working with live electricity).

Check the Control System

The problem often lies between you pressing the button and the motor receiving the signal.

Pendant / Remote Control: This is a very common failure point.

Connection: Is the pendant plugged in securely to the main unit?

Cable: Inspect the pendant cable for damage. It can get run over, crushed, or cut.

Buttons: Are the Forward/Reverse/Speed buttons physically working? Sometimes they get stuck or broken internally.

Speed Potentiometer (Dial): Make sure the speed dial is not set to zero. Try turning it up. Sometimes these dials fail and lose contact.

For more detailed information on what to do if the welding rotator not turning and troubleshooting, por favor haga clic aquí: https://www.bota-weld.com/en/a/news/welding-rotator-not-turning-and-troubleshooting.html

Are you preparing to install a new máquina de soldadura de pórtico? A proper installation is crucial for ensuring the machine’s performance, seguridad, and longevity. This comprehensive guide will walk you through the entire Gantry welding machine installation process step-by-step, providing you with the essential information you need to get your machine up and running smoothly.

A gantry welding machine, often used for heavy-duty fabrication, requires a precise and meticulous setup. Skipping steps or making assumptions can lead to operational issues and safety hazards. By following this detailed Gantry welding machine installation manual, you can avoid common pitfalls and ensure a successful installation.

Gantry Welding Machine Installation Process

gantry welding machine

Paso 1: Pre-installation Preparation and Site Assessment

Before you even start unpacking your machine, proper site preparation is key. This stage is a critical part of the Gantry welding machine installation process.

Location Selection: Choose a flat, las dimensiones de la cavidad, and strong foundation that can support the machine’s weight and the parts being welded. Ensure the area is free from dust, humedad, and excessive vibration.

Power and Utilities Check: Confirm that the power supply meets the machine’s requirements. Verify the availability of compressed air and any other necessary utilities. This is a common point of failure, so double-checking is crucial.

Unpacking and Inventory: Carefully unpack all components and use the packing list to verify that all parts, bolts, and accessories are present. Report any missing or damaged items immediately to the supplier.

Paso 2: Assembling the Gantry Structure

This is where the physical assembly begins. The proper erection of the gantry is fundamental to the stability of the entire system.

Foundation and Base: Securely fasten the machine’s base rails to the pre-prepared foundation using anchor bolts. Use a level to ensure the rails are perfectly aligned and level. Any misalignment here will impact the welding precision.

Gantry Beam Assembly: Carefully lift and place the main gantry beam onto the base rails. Follow the instructions in the Gantry welding machine installation guide to correctly secure the beam. This often involves tightening large bolts to specific torque specifications.

For more detailed information about the installation process of the gantry welding machine, por favor haga clic aquí: https://www.bota-weld.com/en/a/news/gantry-welding-machine-installation-process.html

UNA máquina de hacer briquetas de carbón is designed to compress raw materials into solid briquettes with high density and durability. Sin embargo, in actual production, many users find that the briquettes are not strong enough, easily breaking apart during handling, almacenamiento,or transportation. This problem not only reduces product quality but also increases material loss and operational costs.

Reasons Why Briquetting Is Not Strong

briquetting machine

Parte 1: Reasons Why the Final Briquettes Are Not Strong

When briquettes fall apart easily, it’s almost always a problem with one of three key areas: the raw material, the machine’s condition/settings, or the operating procedure.

UNA. Raw Material Issues (los “Ingredientes”)

This is the most frequent cause of weak briquettes.

Incorrect Moisture Content: This is the #1 culprit.

Too Wet (>12-15%): Excess moisture turns into steam inside the die. This steam creates high pressure, which can cause cracks or even small explosions in the briquette as it exits the machine. The final briquette will be weak and have a rough, fractured surface.

Too Dry (<6-8%): The material won’t flow or compact properly. Lignin (the natural binder in biomass) requires a small amount of moisture to plasticize and bind effectively. Overly dry material results in a crumbly, poorly formed briquette.

Ideal Range: For most biomass (like sawdust), the ideal moisture content is 8% a 12%.

Improper Particle Size:

Too Large: Large particles create voids (air pockets) within the briquette, leading to weak points. They don’t compact uniformly, resulting in a product that easily breaks.

Too Fine (like dust): While better than too large, extremely fine powder can sometimes trap air and may require higher pressure or specific binder ratios to form a strong briquette.

Ideal Size: En general, particles should be under 5-6 mm for screw-type presses. Un consistente, uniform size is key.

Low Lignin Content or Lack of Binder:

Lignin is a natural polymer in wood and biomass that melts under high heat and pressure, acting as a natural glue. Materials like sawdust are rich in lignin.

Materials with low lignin (p.ej., rice husks, some grasses) or non-biomass materials (p.ej., polvo de carbón, polvo de carbón) won’t bind well on their own. They require an external binder (like starch, molasses, or clay) to be mixed in.

Material Purity:

Contaminants like sand, soil, stones, or metal will disrupt the compaction process, create weak spots, and severely damage the machine’s components (especially the screw and die).

segundo. Machine-Related Issues (los “El equipo”)

If your material is perfect, the problem lies with the machine itself.

Incorrect Temperature:

Too Low: If the heating collars on the die are not hot enough, the lignin in the biomass won’t melt properly. Without this “pegamento” being activated, the briquette will be loose and crumbly.

For more detailed information about the reasons why the briquetting machine is not strong, por favor haga clic aquí: https://www.zymining.com/en/a/news/reasons-why-briquetting-is-not-strong.html

The energy consumption of a máquina de hacer briquetas de carbón is a critical factor that directly impacts the profitability and environmental sustainability of a briquetting operation. A thorough analysis involves understanding where energy is used, what factors influence its consumption, and how it can be optimized.

Energy Consumption Analysis of Briquetting Machines

briquetting machine

1. Major Energy Consuming Components

The total energy consumption of a briquetting plant is not just the machine itself but the entire process line.

Main Press Motor: This is the primary energy consumer, typically accounting for 70-90% of the machine’s direct energy use. It powers the mechanical or hydraulic system that applies immense pressure to the raw material.

Mechanical Piston Press: The motor drives a flywheel, which provides the high-impact force for compression. It has high peak power draws.

Screw Press (Extruder): The motor provides continuous high torque to turn the screw that forces material through the die.

Prensa hidráulica: The motor runs a hydraulic pump to build up fluid pressure, which then drives the compression ram.

Sistema de calefacción (for Screw Presses): Screw presses require an external heating system (heating collars/bands) to raise the temperature of the die to 280-380°C (530-715°F). This heat melts the lignin in the biomass, which acts as a natural binder. The heaters represent a significant and constant energy draw, often 15-25% of the machine’s total consumption.

Ancillary and Pre-Processing Equipment: This is a crucial and often underestimated part of the total energy footprint.

Dryer: If the raw material’s moisture content is too high (>12%), a dryer is needed. Drying is often the single most energy-intensive process in the entire plant, sometimes consuming more energy than the briquetting machine itself.

Crusher / Hammer Mill: Reduces the size of the raw material to a suitable, tamaño de partícula uniforme (p.ej., 3-5 mm). This requires a powerful motor.

Conveyors and Feeders: Screw conveyors, transportadores de correa, and feeding mechanisms use smaller motors but run continuously, contributing to the overall load.

Control Panel and Automation: The PLC, sensors, and other electronics consume a relatively small amount of power but are essential for operation.

More detailed information about briquetting machine energy consumption analysis can be found here: https://www.zymining.com/en/a/news/energy-consumption-analysis-of-briquetting-machines.html

HPGR improve grinding efficiency primarily through a fundamentally different and more energy-efficient breakage mechanism called inter-particle comminution. This process not only consumes significantly less energy (20-50% less) than traditional grinding mills but also induces micro-cracks in the particles, making subsequent grinding stages easier and improving mineral liberation, which boosts overall plant throughput and metallurgical recovery.

How HPGR Equipment Improves Grinding Efficiency

HPGR

1. The Core Mechanism: How an HPGR Works

To understand its efficiency, you first need to understand how it works, which is very different from a conventional SAG or Ball Mill.

Feed Introduction: Material (mineral) is choke-fed from a hopper into the gap between two large, counter-rotating rolls.

High-Pressure Zone: One roll is fixed, while the other is on a hydraulic system that allows it to move, applying immense pressure (typically >100 MPa) to the material.

Particle Bed Compression: As the material is drawn into the gap, it forms a compressedbed.The key is that the pressure is not applied to individual particles against a steel surface. El sellado superior e inferior de esta bolsa con válvula de fondo cuadrado no requiere costura, the force is transmitted through the bed of particles.

Inter-Particle Comminution: This is the secret to the HPGR’s success. The intense pressure causes particles to crush against each other. Rock-on-rock grinding is far more energy-efficient than the rock-on-steel impact and attrition that happens in a ball mill.

Descargar: The material exits the rolls as a compacted, frágil “cake” o “escama,” which is then de-agglomerated before moving to the next stage.

2. Key Ways HPGR Improves Grinding Efficiency

The efficiency gains from this mechanism can be broken down into several key areas.

una) Superior Energy Efficiency (The Primary Benefit)

This is the most significant advantage. Grinding is the most energy-intensive process in most mining operations.

Direct Force Application: In a ball mill, a huge amount of energy is wasted simply lifting thousands of tons of steel balls and slurry, with much of the energy lost as heat and noise upon impact. In an HPGR, nearly all the energy from the motors and hydraulic system is applied directly to the particle bed for breakage.

Efficient Breakage Mode: Inter-particle comminution is inherently more efficient. It exploits the weakest points in the rock structure, requiring less energy to achieve the same size reduction.

Result: HPGR circuits can consume 20-50% less energy (measured in kWh/ton) than a traditional SAG/Ball Mill circuit to achieve the same final product size.

segundo) Generation of Micro-Cracks (Improved Grindability)

The intense pressure doesn’t just break particles; it creates a high density of micro-cracks and fractures within particles that don’t fully break.

Weakened Feed: Este “pre-weakenedmaterial is fed to the next grinding stage (often a ball mill).

Easier Downstream Grinding: The ball mill now has a much easier job. It requires less impact energy and less time to break these pre-fractured particles down to the final target size.

Result: This effect is a major contributor to increased throughput for the entire grinding circuit. A ball mill that previously processed 1000 tons per hour might now process 1200-1400 tons per hour of HPGR product to achieve the same grind.

For more detailed information on how HPGR equipment improve grinding efficiency, por favor haga clic aquí: https://www.zymining.com/en/a/news/how-hpgr-equipment-improves-grinding-efficiency.html

Rodillos de molienda de alta presión (HPGR), core grinding equipment in industries such as cement, minería, and metallurgy, are critical components that bear immense pressure. Sin embargo, under long-term, high-load operation, HPGR roller surface wear is an unavoidable problem. Wear not only reduces production efficiency and increases energy consumption, but can also cause downtime and significant economic losses. Effective and cost-effective roller surface repair has become a key concern within the industry.

This article provides an in-depth analysis of HPGR roller surface repair technologies, helping you select the most appropriate solution to extend equipment life and improve production efficiency.

High-pressure grinding rolls

Understanding Roller Surface Wear: Why Repair Is Necessary?

During operation, materials in a HPGR are subjected to intense compression and shearing between two counter-rotating rollers. This constant friction and impact gradually develops pits, grooves, and cracks on the roller surface. If not addressed promptly, wear will worsen, affecting material pulverization efficiency and potentially leading to roller surface spalling and serious damage to the equipment.

Roller surface repair is more than just a simplepatch.It involves restoring the roller surface’s original dimensions and wear-resistant properties through specialized processes and wear-resistant materials, enabling continued efficient and stable operation.

High-Pressure Grinding Roll Surface Repair Technology Revealed

High-pressure grinding rolls

Corrientemente, the mainstream high-pressure grinding roller (HPGR) roller surface repair technologies on the market are the following:

1. Hardfacing Repair: Precise, Durable, and Economical

Hardfacing repair is the most widely used and proven roller surface repair method. Using a heat source such as an arc or plasma, specially formulated wear-resistant alloy wire or powder is deposited onto the worn roller surface, forming a new, highly wear-resistant layer.

Technical Advantages:

High Wear Resistance: Using HPGR wear-resistant materials such as high-chromium cast iron and high-carbon, high-alloy steel, the repaired roller surface exhibits high hardness and wear resistance, extending its service life far beyond the original roller surface.

For more detailed information on high pressure grinding roller surface repair technology, por favor haga clic aquí: https://www.zymining.com/en/a/news/high-pressure-grinding-rolls-surface-repair-technology.html

Preventing a criba vibratoria lineal from clogging is a critical operational challenge. Atasco, También conocido como cegamiento (Cuando está bien, Las partículas pegajosas bloquean las aberturas) o fijación (Cuando las partículas de tamaño cercano se atascan en las aberturas), reduce severamente la eficiencia, reduce la calidad del producto, y aumenta el tiempo de inactividad para la limpieza.

Cómo evitar que la pantalla vibratoria lineal se obstruya

Cliente de cooperación

La solución rara vez es una sola solución, pero una combinación de ajustes entre el equipo., operación, y propiedades de los materiales. Aquí hay una guía completa sobre cómo evitar la obstrucción, desglosado en áreas clave.

1. Seleccione los medios de pantalla correctos (La base)

Tipo de pantalla Descripción Lo mejor para prevenir
Malla de pantalla autolimpiada Hecho de cables individuales que pueden vibrar de forma independiente, mantenidos unidos por tiras de poliuretano o de goma. El movimiento diferencial de los cables desalojó activamente partículas atrapadas. Pegging and Blinding. This is one of the most effective solutions for difficult, de tamaño cercano, o materiales ligeramente húmedos.
Ranurado (Rectangular) Malla Las aberturas son más largas de lo que son amplios. Esto proporciona un área más abierta y reduce la posibilidad de que las partículas de tamaño cercano se estancen. Pegging. Ideal for materials with elongated or flaky particles. Nota: La precisión del tamaño puede reducirse ligeramente.
Pantallas de poliuretano o de goma Estos materiales son más flexibles que el acero. Las aberturas a menudo son cónicas (Más ancho en la parte inferior), que ayuda a liberar partículas. La flexibilidad natural ayuda a "aparecer" material alojado. Pegging and high-impact applications. Excellent for abrasive or wet, materiales pegajosos.
Alambre tejido (Malla cuadrada) El estándar, pantalla de uso múltiple. Aunque efectivo para muchas aplicaciones, es el más propenso a la fijación de tamaño cercano, partículas cúbicas. Detección de uso general donde la obstrucción no es un problema importante.

2. Instalar sistemas mecánicos anti-navegación

Estos son dispositivos agregados a la cubierta de pantalla para borrar activamente la malla durante la operación.

Bolas rebotando / Anillos deslizantes:

Cómo funciona: Rubber balls or polyurethane rings are placed in a compartment beneath the screen mesh. La vibración de la pantalla hace que reboten o se deslicen, constantemente golpeando la parte inferior de la pantalla. Este impacto desalojan las partículas que están vinculadas o cegadas.

Mejor para: Seco, Materiales granulares de tamaños finos a medianos.

Sistemas de desbordación ultrasónica:

Cómo funciona: A transducer applies high-frequency, vibración de baja amplitud directamente a la malla de pantalla. Esta "microvibración" rompe la tensión superficial y los enlaces estáticos entre las partículas y los cables de la pantalla, evitar que los polvos finos cegen la malla.

Mejor para: Very fine, seco, o polvos propensos estáticos (p.ej., polvos de metal, productos farmaceuticos, los pigmentos). Este es un alto rendimiento, Pero más caro, solución.

Sistemas de cepillos rotativos:

Cómo funciona: A motorized nylon brush rotates underneath (o a veces encima de) la pantalla de la pantalla vibratoria debe estar aislada del aire, Barrilizando continuamente la malla limpia.

Mejor para: Greasy, aceitoso, o materiales fibrosos que tienden a difamarse o aglomerarse en la superficie de la pantalla.

Para obtener información más detallada sobre cómo evitar que la malla de la pantalla vibrante se obstruya, por favor haga clic aquí: https://www.hsd-industry.com/news/preventing-linear-vibrating-screen-from-clogging/

Choosing the correct mesh size for a criba vibratoria lineal is crucial for achieving the desired product separation and throughput. Los factores principales a considerar son las características del material que se está proyectando, el tamaño de separación requerido, y las capacidades de rendimiento de la pantalla vibratoria.

Cómo elegir el tamaño de la malla de una pantalla vibratoria lineal

Características de los materiales

Las propiedades del material que está detectando tienen el mayor impacto en la selección del tamaño de la malla..

Tamaño y distribución de partículas: El factor más importante. El tamaño de la malla debe corresponder al tamaño de partícula que desea separar. Use un análisis de tamiz para determinar la distribución del tamaño de partícula del material de alimentación. El tamaño de la malla debe ser ligeramente más grande que el tamaño de partícula que desea retener (el material "de gran tamaño") y ligeramente más pequeño que las partículas que desea pasar (el material "subrayado").

Contenido de humedad: Si el material está húmedo o pegajoso, puede cegar o obstruir las aberturas de pantalla. Para materiales de alta humedad, una malla más gruesa o una con un diseño especial anti-cigarrillos (Como una pantalla de poliuretano) puede ser necesario para evitar bloqueos, Incluso si una malla más fina sería ideal para la separación deseada.

Forma y densidad de partículas: Materiales con diferentes formas, como partículas planas o alargadas, puede ser más difícil de detectar y puede requerir una abertura de malla más grande para evitar que se atasquen. Los materiales más densos pueden requerir una amplitud o frecuencia de vibración diferente para garantizar una estratificación adecuada en la cubierta de la pantalla, que a su vez afecta el tamaño óptimo de la malla.

ventajas-de-pantallas-de-alta-frecuencia

Separación y rendimiento deseados

Los objetivos de su proyecto influyen directamente en el tamaño de la malla.

Precisión de detección: El nivel de precisión deseado en el producto final es clave. Si necesita una separación muy precisa, Es posible que necesite una malla más fina y una velocidad de alimentación más lenta. Esto aumenta la eficiencia pero puede disminuir la capacidad general.

La información más detallada sobre cómo elegir el tamaño de la malla de la pantalla de vibración lineal se puede encontrar aquí: https://www.hsd-industry.com/news/selection-of-mesh-size-for-linear-vibrating-screens/